|
5170 |
Germany`s Marine Exploration in the Indian Ocean |
Dr. Ulrich Schwarz-Schampera |
T17.6 - From Ore Deposits to Global Metallogeny: implications for exploration success (Sponsored by IAGOD) |
 5170.pdf |
|
5412 |
Remote estimation of dielectric properties of palaeochannel-fill sediments in Tubas Area, Namibia: implications for surficial uranium exploration |
Ms. Sanchari Thakur |
T17.6 - From Ore Deposits to Global Metallogeny: implications for exploration success (Sponsored by IAGOD) |
5412.pdf |
|
5262 |
Rio Tinto Exploration - Our African Evolution |
Mr. Nevan Pillay |
T17.6 - From Ore Deposits to Global Metallogeny: implications for exploration success (Sponsored by IAGOD) |
5262.pdf |
|
4858 |
Geochronology and Nd-Sr-Pb isotopic compositions of Early Cretaceous intrusions and associated porphyry Cu deposits in eastern Alaska |
Dr. Garth Graham |
T17.6 - From Ore Deposits to Global Metallogeny: implications for exploration success (Sponsored by IAGOD) |
4858.pdf |
|
576 |
Using microbial indicators in mineral exploration: Lessons from Australia |
Dr. Frank Reith |
T17.7 - New theories and methods in resources exploration |
576.pdf |
|
3071 |
Newly Adopted and Combined Helicopter-borne, Ground-based and Laboratory Methods for Mineral Exploration |
Dr. Uwe Meyer |
T17.7 - New theories and methods in resources exploration |
3071.pdf |
|
5574 |
Granite metallogeny through the zircon record: A study from Myanmar |
Dr. Nicholas Gardiner
N.J. Evans |
T17.7 - New theories and methods in resources exploration |
5574.pdf |
|
1106 |
Electro-geochemical extraction in exploration for sandstone-hosted uranium deposits in northern China |
Dr. Dan Ke |
T17.7 - New theories and methods in resources exploration |
1106.pdf |
|
716 |
Thermomagnetic Component Measurement (TCM) : A New Method for Mineral Exploration in Coverage Areas |
Ms. Shixin Tang |
T17.7 - New theories and methods in resources exploration |
716.pdf |
|
222 |
Monitoring of mineral deposits in order to optimize the use of subsoil resources |
Prof. Georgii Rudko |
T17.7 - New theories and methods in resources exploration |
222.pdf |
|
52 |
Zn spinel composition in the Mavala-Mpaca area, southern Xixano Complex, Northern Mozambique |
Mrs. Judy Schlegel |
T17.7 - New theories and methods in resources exploration |
52.pdf |
|
1614 |
Metallogenic characteristics of altered granite type Sn-Cu polymetallic deposit, Gejiu, China |
Dr. Zhao Jiangnan
Dr. Xiang Tong |
T17.7 - New theories and methods in resources exploration |
1614.pdf |
|
4508 |
Petrogenetic tools as tracers of ore-forming processes: An appraisal of recent approaches |
Dr. Nicholas Gardiner |
T17.8 - New theories and methods in resources exploration |
4508.pdf |
|
3683 |
Downhole XRF-Logging: A new tool to explore borehole rock composition |
Uli Harms |
T17.8 - New theories and methods in resources exploration |
3683.pdf |
|
3297 |
A New Method for Resource Assessment and Prospect Delineation: Based on Geological Process Analysizing |
Dr. Ruizhao Qiu
Dr. Zhigang Liu |
T17.8 - New theories and methods in resources exploration |
3297.pdf |
|
2426 |
Application of highly-accurate magnetic survey for searching mineral deposits in shelf area. |
Dr. Vasily Palamarchuk |
T17.8 - New theories and methods in resources exploration |
2426.pdf |
|
2155 |
SWIR characteristics of alteration minerals in Tongshankou porphyry-skarn Cu -Mo deposit in the Southeastern Hubei Fe-Cu Province, eastern China |
Dr. Jinsheng Han |
T17.8 - New theories and methods in resources exploration |
2155.pdf |
|
2586 |
Using hydrogeochemistry to test mineral potential under transported cover in the Kunene Region of Namibia |
Dr. Amanda Stoltze |
T17.8 - New theories and methods in resources exploration |
2586.pdf |
|
4864 |
Pre-liminary Geophysical Interpretation and Modeling of the Magnetic Data in the Eiseb Area, Omaheke Region, Namibia |
Mr. Ivor Kahimise |
T17.9 - New theories and methods in resources exploration |
4864.pdf |
|
4558 |
Spatial modeling of metal contents in a kuroko-type deposit by joint use of geostatistics and physical law |
Mr. Lei Lu |
T17.9 - New theories and methods in resources exploration |
4558.pdf |
|
5340 |
Chlorite chemistry as a new exploration tool in the propylitic halo of porphyry-epithermal systems |
Dr. Jamie Wilkinson |
T17.9 - New theories and methods in resources exploration |
5340.pdf |
|
4339 |
Application of in situ SHRIMP U–Pb geochronology to orogenic gold exploration |
Ms. Imogen Fielding |
T17.9 - New theories and methods in resources exploration |
4339.pdf |
|
5369 |
Towards better understanding of Porphyry Copper and IOCG systems through magnetic forward modelling of variable 3D geology-property scenarios |
Dr Desmond FitzGerald |
T17.9 - New theories and methods in resources exploration |
5369.pdf |
|
3986 |
Gold mineralization along the Gurharpahar ridge in the Mahakoshal fold belt, Central India: Mode of occurrence, distribution, structural controls and exploration. |
Dr. M.K Mukherjee |
T17.P1 - Mineral Exploration |
3986.pdf |
|
4511 |
Follow-up soil survey to evaluate regional Pb and Zn soil anomalies in Nylstroom, Limpopo Province, South Africa. |
Mr. Thato Ntikang |
T17.P1 - Mineral Exploration |
4511.pdf |
|
440 |
STREAM SEDIMENT GEOCHEMISTRY OF NALLAMALAI SUB-BASIN, DORNALA – CUMBUM AREAS, SOUTH INDIA - A TOOL FOR MINERAL EXPLORATION |
Mr. NATARAJAN NANDHAGOPAL |
T17.P1 - Mineral Exploration |
440.pdf |
|
5627 |
Tips and tricks to know about porphyry copper deposits in Kerman copper-bearing belt |
Dr. Mansour Ghorbani |
T17.P1 - Mineral Exploration |
5627.pdf |
|
5628 |
Metallogeny of Tarom – Hashtjin Mountains and various mineralization types |
Dr. Mansour Ghorbani |
T17.P1 - Mineral Exploration |
5628.pdf |
|
5629 |
Metallogeny of Toroud_Chahshirin Mountains and various mineralization types |
Dr. Mansour Ghorbani |
T17.P1 - Mineral Exploration |
5629.pdf |
|
51 |
The Alteration Index as a guide to base metal sulphide mineralization in the Xixano Complex, Northern Mozambique |
Mrs. Judy Schlegel |
T17.P1 - Mineral Exploration |
51.pdf |
|
3617 |
Genesis of the stratiform Pb-Zn ore bodies in Qingchengzi in the North China Craton: Rb-Sr and C-O-S-Pb isotope constraints |
Dr. Yubo Ma |
T17.P2 - Mineral Exploration |
3617.pdf |
|
3279 |
Structure and emplacement of the granite pluton of Tiébélé, Southern Burkina Faso (West Africa) and its implication in base metals (Zn-Pb-Cu) and gold (Au) anomalies distribution |
Dr. Hermann Ilboudo |
T17.P2 - Mineral Exploration |
3279.pdf |
|
2992 |
Granites in the Khentei Batholith, Northern Mongolia, and related mineralization |
Mr jingwen Mao |
T17.P2 - Mineral Exploration |
2992.pdf |
|
1010 |
Origin of two types of nelsonite in the Damiao anorthosite complex, North China Craton |
Mr. Lixing Li |
T17.P2 - Mineral Exploration |
1010.pdf |
|
1806 |
New precise timing constraints for Keketuohai pegmatite No.3 vein, Altaid Orogen, Northwest China |
Dr. Feng Liu |
T17.P2 - Mineral Exploration |
1806.pdf |
|
704 |
Geochemical identification marks of hydrothermal metallogenic system boundary |
Mr. Shengming Ma |
T17.P3 - Mineral Exploration |
704.pdf |
|
4178 |
Application of the crystals habits cavities forms of Cu-Co sulfides in green field exploration along the Lufilian arc: An example of Tenke Fungurume Mining District (Democratic Republic of Congo) |
Ms. Pascal Matanda Mambwe |
T17.P3 - Mineral Exploration |
4178.pdf |
|
582 |
Quantitative assessment of ground water as a media for mineral exploration in arid and semiarid region |
Ms. Rajni Mathur |
T17.P3 - Mineral Exploration |
582.pdf |
|
5007 |
Optimizing the exploration of hydrothermally enriched calcium carbonate bearing faults using geophysical methods: Implications to resource estimation |
Mr. Emmanuel Chirenje |
T17.P3 - Mineral Exploration |
5007.pdf |
|
4916 |
Computation of the gravity field and its gradient: Some applications |
Dr. Chandra Prakash Dubey |
T17.P3 - Mineral Exploration |
4916.pdf |
|
1627 |
Geochemical exploration in regolith-covered terrains: a case study from the periphery of the Zijinshan copper–gold mine, southeastern China |
Dr. Bimin Zhang
Dr. Xueqiu Wang
Professor Rong Ye |
T17.P3 - Mineral Exploration |
1627.pdf |
|
5157 |
Development of surficial, environmentally low-impact exploration methods for the sub-arctic environment |
Dr. Vesa Nykänen |
T17.P3 - Mineral Exploration |
5157.pdf |
|
5540 |
Application of acoustic stratum inversion for predicting lithophysical rock properties of complex oil and gas prospective objects |
A.B Krivitski |
T17.P3 - Mineral Exploration |
5540.pdf |
|
1214 |
New method of finding the zones of hydrothermal sulfide mineralization in the ocean |
Dr. Sergei Petukhov
Dr. Sergei Andreev
Mrs. Natalia Kolchina
Mr. Aleksander Seleznev |
T17.P3 - Mineral Exploration |
1214.pdf |
|
4435 |
Gold Grains and X-ray Microscopes – A New Exploration Tool for Identifying Proximal and Distal Gold Deposits |
Mr. Shaun Graham |
T17.P3 - Mineral Exploration |
4435.pdf |
|
2925 |
The Mantle Derived Potassic and Ultrapotassic Rocks Related Enrcihments of Rare Earth Elements (REE) on Peneplains of Golcuk District (Southern Turkey) |
Mr. Ali Tugcan Unluer |
T17.P3 - Mineral Exploration |
2925.pdf |
|
4931 |
Geological mapping by using ASTER data in Tonota area, North-East Botswana |
Mr. Kewame Gwandu |
T17.P3 - Mineral Exploration |
4931.pdf |
|
2635 |
Joint Inversion of geophysical data around submarine hydrothermal deposits based on core samples |
Dr. Tada-Nori Goto |
T17.P3 - Mineral Exploration |
2635.pdf |
|
4979 |
Geophysical mapping of the Ramokokastad Carbonatite Complex, Northwest, South Africa |
Mr. Lebogang Ledwaba |
T17.P3 - Mineral Exploration |
4979.pdf |
|
157 |
Gold exploration using integrated geophysical survey methods: A case study for Ncema area of Esigodini in Zimbabwe. |
Mr Joseph Zulu |
T17.P3 - Mineral Exploration |
157.pdf |
35th International Geological Congress Symposia